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    • 41. 发明授权
    • Self-convergence of post-erase threshold voltages in a flash memory cell
using transient response
    • 使用瞬态响应的闪存单元中擦除后阈值电压的自收敛
    • US6026026A
    • 2000-02-15
    • US985833
    • 1997-12-05
    • I-Chuin Peter ChanFeng Frank QianHsingya Arthur Wang
    • I-Chuin Peter ChanFeng Frank QianHsingya Arthur Wang
    • G11C16/14G11C16/34G11C16/04
    • G11C16/3409G11C16/14G11C16/3404
    • An erase method provides for self-converging erase on a flash memory cell by rapidly switching a bias on a control gate while a lateral field is present in a channel region. Preferably, the lateral field is provided by differentially biasing the source and drain of the cell and the change in bias of the control gate is sufficiently fast to induce a transient response at the floating gate. The net transient vertical field formed across a tunneling oxide between the channel region and the floating gate causes moderate hot carrier injection between the channel region and the floating gate. This method is self-converging, since carrier injection to the floating gate will not happen unless a sufficient number of carriers are removed from the floating gate during the array step. Since the bulk of the self-converging effect occurs as the control gate voltage is transitioning and shortly thereafter, very little time is needed at the end of an erase pulse to effect this response.
    • 擦除方法通过在沟道区域中存在横向场的情况下快速切换控制栅极上的偏置来在快闪存储器单元上提供自会聚擦除。 优选地,通过对电池的源极和漏极进行差分偏置来提供横向场,并且控制栅极的偏置变化足够快以在浮动栅极处引起瞬态响应。 在通道区域和浮置栅极之间穿过隧穿氧化物的跨瞬时垂直场引起在通道区域和浮动栅极之间引起适度的热载流子注入。 这种方法是自会聚的,因为除非在阵列步骤期间从浮置栅极去除足够数量的载流子,否则不会发生对浮栅的载流子注入。 由于自会聚效应的大部分是随着控制栅极电压的转变而在其后不久发生的,所以在擦除脉冲结束时需要很少的时间来实现该响应。
    • 46. 发明授权
    • Method of forming a non-volatile memory cell using off-set spacers
    • 使用偏置间隔物形成非易失性存储单元的方法
    • US08288219B2
    • 2012-10-16
    • US12052374
    • 2008-03-20
    • Peter RabkinHsingya Arthur WangKai-Cheng Chou
    • Peter RabkinHsingya Arthur WangKai-Cheng Chou
    • H01L21/8238
    • H01L27/11526H01L21/823418H01L21/823468H01L27/105H01L27/11546H01L29/42324
    • A stack of two polysilicon layers is formed over a semiconductor body region. A DDD implant is performed to form a DDD source region in the semiconductor body region along a source side of the polysilicon stack but not along a drain side of the polysilicon stack. Off-set spacers are formed along opposing side-walls of the polysilicon stack. A source/drain implant is performed to form a drain region in the semiconductor body region along the drain side of the polysilicon stack and to form a highly doped region within the DDD source region such that the extent of an overlap between the polysilicon stack and each of the drain region and the highly doped region is inversely dependent on a thickness of the off-set spacers, and a lateral spacing directly under the polysilicon stack between adjacent edges of the DDD source region and the highly doped region is directly dependent on the thickness of the off-set spacers.
    • 在半导体主体区域上形成一叠两层多晶硅层。 执行DDD注入以在半导体主体区域中沿着多晶硅堆叠的源极侧形成DDD源极区域,但不沿着多晶硅叠层的漏极侧。 偏移间隔物沿着多晶硅堆叠的相对侧壁形成。 进行源极/漏极注入以沿着多晶硅堆叠的漏极侧在半导体主体区域中形成漏极区域,并且在DDD源极区域内形成高度掺杂的区域,使得多晶硅堆叠和每个 漏极区域和高掺杂区域的反向取决于偏置间隔物的厚度,并且在DDD源极区域和高度掺杂区域的相邻边缘之间直接在多晶硅堆叠下面的横向间隔直接取决于厚度 的偏置间隔物。
    • 47. 发明授权
    • Device for allowing a wheeled vehicle for individuals to be dragged in a folded configuration
    • 用于允许个人的轮式车辆以折叠配置被拖动的装置
    • US08038165B2
    • 2011-10-18
    • US12285540
    • 2008-10-08
    • Arthur Wang
    • Arthur Wang
    • B60R21/00
    • A61G5/08A61G5/04A61G5/085A61G5/0891A61G5/1089B60L11/18B60N2/3011B60N2/3065B60N2/309B62K5/007Y02T10/7005
    • A foldable wheeled vehicle for individuals includes a main body, front and rear wheels joined on the body, and an anti-tip wheel joined on a rear end of the main vehicle body; the rear wheels will be in an immobilized state when the vehicle isn't in-use; the anti-tilting wheel will move to be below the rear wheels automatically when the vehicle is folded; thus, the vehicle in the folded position can be dragged with the front wheels and the anti-tip wheel contacting the ground; secondly, the anti-tip wheel will be in a higher position than the rear wheels when the vehicle is in an expanded in-use position; thus, when the vehicle is moving along a slope and tilting rearwards, the anti-tip wheel will contact the ground to prevent the vehicle from tilting rearwards excessively to overturn.
    • 用于个人的可折叠轮式车辆包括主体,连接在主体上的前轮和后轮以及连接在主车身后端的防前轮; 当车辆不使用时,后轮将处于固定状态; 当车辆折叠时,防倾倒轮将自动移动到后轮下方; 因此,处于折叠位置的车辆可以与前轮和反尖端车轮接触地面而被拖动; 其次,当车辆处于膨胀的使用位置时,反头轮将处于比后轮更高的位置; 因此,当车辆沿着斜坡移动并向后倾斜时,防顶轮将接触地面,以防止车辆向后倾斜过度倾倒。
    • 49. 发明授权
    • Reducible chassis of a man-carrying vehicle
    • 携带车辆的可拆卸底盘
    • US07950686B2
    • 2011-05-31
    • US12314721
    • 2008-12-16
    • Arthur Wang
    • Arthur Wang
    • B62B7/06B62B3/02B60D1/54B62K13/08B66F3/22
    • B62K5/007
    • A man-carrying vehicle has a chassis, which can be reduced for the vehicle to be easy to store, put away and transport; the chassis includes a front part, a rear part, and a stretching and reducing device interposed between the front and the rear parts; the stretching and reducing device includes first and second stationary components, first and second crank and connecting rod combinations, and a stretching and reducing assistant unit; the first and the second stationary components are fixedly joined on the front and the rear parts respectively; the crank and connecting rod combinations are interposed between and pivoted to the stationary components; the stretching and reducing assistant unit is interposed between and pivoted on one of the stationary components and one of the crank and connecting rod combinations to provide power to change position of the front part in relation to the rear part of the chassis.
    • 手提车具有底盘,可以减少车辆易于存放,放走和运输; 底盘包括前部,后部和插入在前部和后部之间的拉伸和还原装置; 拉伸和还原装置包括第一和第二固定部件,第一和第二曲柄和连杆组合,以及拉伸和还原辅助单元; 第一和第二固定部件分别固定在前部和后部上; 曲柄和连杆组合置于固定部件之间并枢转于固定部件; 拉伸和减少辅助单元介于其中一个固定部件和曲柄和连杆组合中的一个上并枢转,以提供动力以改变前部相对于底盘后部的位置。
    • 50. 发明授权
    • Fixing device for a foldable chassis of an electric walk-substituting vehicle
    • 电动步态车的可折叠底盘的固定装置
    • US07926606B2
    • 2011-04-19
    • US12320499
    • 2009-01-28
    • Arthur Wang
    • Arthur Wang
    • B62K15/00
    • B62K15/008B62K5/007
    • A walk-substituting vehicle includes a foldable chassis, a steering mechanism, a seat assembly, and a fixing device, which is movable to a fastening portion to prevent the chassis from folding from an in-use position; the chassis includes a main part and a footrest part; the vehicle can be moved to a folded configuration, wherein the chassis is folded, and the steering mechanism and the seat assembly lie on the chassis; the fixing device includes a pulling member pivoted on the footrest part, a joining member pivoted on the pulling member, and a pushing member joined on and slideable along a receiving recessed portion of the pulling member; when the fixing device is in the fastening position, the joining member will be hooked over the main part of the chassis, and the pushing member engaged with the joining member to prevent the joining member from pivoting relative to the pulling member.
    • 步行代替车辆包括可折叠底盘,转向机构,座椅组件和固定装置,其可移动到紧固部分以防止底架从使用位置折叠; 底盘包括主要部分和脚踏部分; 车辆可以移动到折叠构造,其中底盘被折叠,并且转向机构和座椅组件位于底盘上; 所述固定装置包括在所述脚踏部上枢转的牵引构件,在所述牵引构件上枢转的接合构件,以及沿所述牵引构件的容纳凹部接合并可滑动的推动构件; 当固定装置处于紧固位置时,接合构件将被钩在底盘的主要部分上,并且推动构件与接合构件接合以防止接合构件相对于拉动构件枢转。